Instructions Mutation 3- This time the mutation will occur in the third position of the triplet. The triplet with the mutated base compared to the original DNA strand in activity 1 is under lined. Note: the triplet from the previcus mutation is normal again. Activity 3: Mutations- Mutation 3 Beginning of mRNA 1 mRNA: Codon1Codon2Codon3Codon4Codon5 2 3. if UuUTriplat 1 triplet 2 triplet 3 triplet 4 tiplets in order starting with codon 1 and endirg with codon 7. Befinning of inRNA mRNA:Now modify the mRNA as you did in Activity 1. Activity 3: Mutations- mRNA modifieation 26 0.5pints Match the codons in oriler aftes the introm are cuif out of the modifod miNNAstrand. Instructions Now translate it as you did in Activity 2 by removing introns and splicing exonsNow trandate it as you did in Activity 2 by remowing introns and splicirg exns. vCG Activity 3: Mutations-Translation 27. azsponts Choose the correct anticodon sequence for the image. CAUGGAUAC CUC STOP AUG UAG CUCGAGAAU UACGGA UAUGNUSTOP GAGUGACGAGAGUAA mievia trasenipi. 28 0.25points Choose the correct sequence of AMINO AGIDS that results firm the translated anticodon sequence. Met Prolle Leu Aspser Prophe lle Gly Pro Cys Met Vat ProArs95 points When there is a change in the third position of the triplet. it often results in a codon that translatesinto the same amino acid as the ofiginal codon. The third. position of a codon is known as the position. The fact that ainino acids tave multeple codons is known as the which heip prevent a change in the protein due to mutation in the DNa..

1. Instructions Mutation 3- This time the mutation will occur in the third position of the triplet. The
triplet with the mutated base compared to the original DNA strand in activity 1 is under lined. Note:
the triplet from the previcus mutation is normal again. Activity 3: Mutations- Mutation 3 Beginning
of mRNA 1 mRNA: Codon1Codon2Codon3Codon4Codon5 2 3. if UuUTriplat 1 triplet 2 triplet 3
triplet 4 tiplets in order starting with codon 1 and endirg with codon 7. Befinning of inRNA
mRNA:Now modify the mRNA as you did in Activity 1. Activity 3: Mutations- mRNA modifieation 26
0.5pints Match the codons in oriler aftes the introm are cuif out of the modifod miNNAstrand.
Instructions Now translate it as you did in Activity 2 by removing introns and splicing exonsNow
trandate it as you did in Activity 2 by remowing introns and splicirg exns. vCG Activity 3:
Mutations-Translation 27. azsponts Choose the correct anticodon sequence for the image.
CAUGGAUAC CUC STOP AUG UAG CUCGAGAAU UACGGA UAUGNUSTOP
GAGUGACGAGAGUAA mievia trasenipi. 28 0.25points Choose the correct sequence of AMINO
AGIDS that results firm the translated anticodon sequence. Met Prolle Leu Aspser Prophe lle Gly
Pro Cys Met Vat ProArs95 points When there is a change in the third position of the triplet. it often
results in a codon that translatesinto the same amino acid as the ofiginal codon. The third. position
of a codon is known as the position. The fact that ainino acids tave multeple codons is known as
the which heip prevent a change in the protein due to mutation in the DNa.